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Vestas Product Offer Cataldo Pignatale Product Support Manager Vestas Italia S.r.l. Desire-Net Project.

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Presentation on theme: "Vestas Product Offer Cataldo Pignatale Product Support Manager Vestas Italia S.r.l. Desire-Net Project."— Presentation transcript:

1 Vestas Product Offer Cataldo Pignatale Product Support Manager Vestas Italia S.r.l. Desire-Net Project

2 2 If you have the site…

3 3 Session Contents Aim: at the end of this session participants will have an overview of the wind turbine portfolio in Vestas and the way the modern technologies have been applied to them Duration: 35-40min

4 4 Proven Performance Power output Operational availability Power quality Sound level

5 5 Development of Vestas turbines

6 6 Wind turbine range Agenda kW 2.0 MW 1.5 MW 3.0 MW

7 7 kW class V52-850 kW in Norway V52-850 kW

8 8 V52-850 kW The turbine that goes anywhere Allround turbine Ideal for populated as well as remote areas Easy to transport Well-proven technology Advanced pitch technology Outstanding track record Broad range of tower heights Optimised for medium and high winds V52-850 kW in Ireland

9 9 V52-850 kW Technical specifications Nominal output: 850 kW Rotor diameter: 52 m Area swept: 2,124 m 2 Nominal revolutions: 26 rpm (14-31.4) Power regulation: Pitch/OptiSpeed ® Air brake: full blade pitch Generator: asynchronous with OptiSpeed ® Nominal wind speed: 16 m/s Tower (hub heights), app.: 36.5 m, 40 m, 44 m, 49 m, 55 m, 60 m, 65 m, 70 m, 74 m, 86 m Control: Microprocessor-based OptiSpeed ® output regulation OptiTip ® pitch regulation

10 10 Hub Blade bearing Blade Main bearing Hydraulic power unit Main shaft Gearbox High speed shaft Yaw gear Generator Slip rings G. Cooling air outlet Anemometer Oil & water coolers Pitch cilinder V52-850 kW Nacelle layout

11 11 V52-850 kW Power curves

12 12 1.5 MW class V82-1.65 MW in Germany V82-1.65 MW

13 13 V82 Creating more from less Well-proven technology Excellent grid compatibility Low sound power level Optimised for low to medium winds V82-1.65 MW in Portugal

14 14 V82-1.65 MW Technical specifications Nominal output: 1.65 MW Rotor diameter: 82 m Area swept: 5,281 m 2 Nominal revolutions: 14.4 rpm, 14.4/10.8 rpm Power regulation: Active-Stall ® Air brake: full blade pitch Generator: asynchronous 2 speed generator Cut-in wind speed: 3.5 m/s, 2.5 m/s Nominal wind speed: 13 m/s Tower (hub heights), app.: 59 m, 68.5 m, 70 m, 78 m, 80 m Control: Computer control system Output regulation and optimisation via Active-Stall ®

15 15 Yaw system Gearbox Brake Coupling Generator Cooler Main shaft Anemo- meter and wind vanes Main bearing Hub with spinner V82-1.65 MW Nacelle layout

16 16 V82-1.65 MW Power curves

17 17 2.0 MW class V80-2.0 MW in Germany V80-2.0 MWV90-2.0 MWV80-1.8 MWV90-1.8 MW

18 18 2.0 MW class Nacelle layout Hub Blade bearing Blade Main bearing Hydraulic power unit Main shaft Gearbox High speed shaft Yaw gear Generator Slip rings Anemometer Oil & water coolers Pitch cilinder Trafo

19 19 V80 Versatile megawattage V80-1.8 MW in Wyoming, USA Cornerstone of the 2 MW class Mainstream turbine Optimised for medium and high winds Pitch regulation Many different tower heights V80-2.0 MW and V80-1.8 MW

20 20 V80-1.8 MW Technical specifications Nominal output: 1.8 MW Rotor diameter: 80 m Area swept: 5,027 m 2 Nominal revolutions: 15.5/16.8 rpm Power regulation: Pitch/OptiSlip ® Air brake: 3 separate pitch settings Generator: asynchronous with OptiSlip ® Cut-in wind speed: 4 m/s Nominal wind speed: 16 m/s Tower (hub heights), app.: 60 m, 67 m, 78 m Control: Microprocessor-based OptiSlip ® output regulation OptiTip ® pitch regulation

21 21 V80-1.8 MW Power curves

22 22 V80-2.0 MW Technical specifications Nominal output: 2.0 MW Rotor diameter: 80 m Area swept: 5,027 m 2 Nominal revolutions: 16.7 rpm Power regulation: Pitch/OptiSpeed ® Air brake: 3 separate pitch cylinders Generator: asynchronous with OptiSpeed ® Cut-in wind speed: 4 m/s Nominal wind speed: 15 m/s Tower (hub heights), app.: 60 m, 67 m, 78 m, 100 m Control: Microprocessor-based OptiSpeed ® output regulation and optimisation OptiTip ® pitch regulation

23 23 V80-2.0 MW Power curves

24 24 V90 High output in low to medium winds V80 proven technology Blade innovations of V90 in 3 MW class Optimised for low to medium winds V90-2.0 MW and V90-1.8 MW V90-2.0 MW in Denmark

25 25 V90-1.8 MW Technical specifications Nominal output: 1.8 MW Rotor diameter: 90 m Area swept: 6,362 m 2 Nominal revolutions: 13.3 rpm Power regulation: Pitch/OptiSpeed ® Air brake: 3 separate pitch cylinders Generator: asynchronous with OptiSpeed ® Cut-in wind speed: 3.5 m/s Nominal wind speed: 12 m/s Tower (hub height), app.: 80 m Control: Microprocessor-based OptiSpeed ® output regulation and optimisation OptiTip ® pitch regulation

26 26 V90-2.0 MW Technical specifications Nominal output: 2.0 MW Rotor diameter: 90 m Area swept: 6,362 m 2 Nominal revolutions: 13.3 rpm Power regulation: Pitch/OptiSpeed ® Air brake: 3 separate pitch cylinders Generator: asynchronous with OptiSpeed ® Cut-in wind speed: 3.5 m/s Nominal wind speed: 13 m/s Tower (hub height), app.: 80 m, 105 m Control: Microprocessor-based OptiSpeed ® output regulation and optimisation OptiTip ® pitch regulation

27 27 V90-1.8 MW and V90-2.0 MW Power curves

28 28 3.0 MW class V90-3.0 MW in Germany V90-3.0 MW

29 29 V90-3.0 MW The efficient way to more power Cornerstone of the 3 MW class Low weight Low transportation costs Lighter and stronger tower New nacelle design generates more power Blade innovations Optimised for high winds and offshore installation V90-3.0 MW in Portugal

30 30 V90-3.0 MW Technical specifications Nominal output: 3.0 MW Rotor diameter: 90 m Area swept: 6,362 m 2 Nominal revolutions: 16.1 rpm Power regulation: Pitch/OptiSpeed ® Air brake: 3 separate pitch cylinders Generator: asynchronous with OptiSpeed ® Cut-in wind speed: 4 m/s Nominal wind speed: 15 m/s Tower (hub height), app.: 80 m, 105 m Control: Microprocessor-based OptiSpeed ® output regulation and optimisation OptiTip ® pitch regulation

31 31 V90-3.0 MW Nacelle construction Hub Blade bearing Blade Main bearing Hydraulic power unit Gearbox High speed shaft Yaw gear Generator Slip rings Anemometer Oil & water coolers Trafo

32 32 V90-3.0 MW Power curve

33 33 Choosing the right turbine …is the key to a feasible wind power project

34 34


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